KR20180085147A - Drying and combustion systems for wastes containing vinyl - Google Patents

Abstract

The present invention relates to a drying and combustion system for wastes including vinyl, in which a household garbage discharged in a plastic bag or a garbage bag is introduced into a dryer and heat and light of 40 to 60 degrees Celsius are generated on the vinyl of the garbage through a heating and light-emitting body. At the same time, a high frequency and far infrared rays from a high frequency generator and a far infrared ray generator penetrate the semitransparent vinyl so that the vinyl is burst. After the vinyl is burst, 70 wt% of the garbage and 30 wt% of waste additive are supplied into the dryer, and then high-temperature and high-pressure steam is supplied so that the burst vinyl is melted during drying of the garbage, the outer surface of the garbage is smeared like a candle, and combustion is efficiently performed during use as a formed fuel. The fuel is supplied with a small amount of water in an ignited state during supply from a hopper to a combustor so that hydrogen-oxygen separation occurs and hydrolytic combustion assists in combustion. The combustion is promoted while flames are intensively burned at the center of the combustion furnace by the magnetic force of an electromagnet and a permanent magnet in the combustor. A semispherical combustion space is formed in the upper portion of the combustion furnace so that heat and light reflected on the inner surface are concentrated at the center and intensive combustion occurs by focusing. As a result, the water in a water supply pipe is heated and hot air is obtained during complete combustion.

Description

Drying and combustion systems for wastes containing vinyl {

The present invention relates to a drying and combustion system for waste containing vinyl, and more particularly to a drying and burning system for waste containing vinyl, in which a heating radiator, a high frequency generator and a far infrared ray generator are installed in a dryer into which household waste containing plastic bags is introduced, The pressure and the kinetic energy of the air are increased to increase the air pressure and the plastic bag is blown, and then the waste additive is mixed and the steam is heated to supply the high-temperature and high-pressure steam, so that the plastic waste is molded The fuel is supplied to the fuel hopper and supplied continuously to the inside of the combustor so as to be ignited. Then, a small amount of water is injected and supplied to perform syringe combustion to assist combustion, and the magnetic force of the electromagnet and the permanent magnet causes the flame to reach the center , The combustion is promoted while forming a hemispherical combustion space So that the heat and the light reflected on the inner surface are concentrated, so that the intensive combustion by the focus is carried out. By doing so, it is possible to heat the water flowing in the water supply pipe formed inside the heat storage layer while completely burning the fuel, And to a drying and combustion system for containing waste.

Almost all household garbage is discharged from plastic bags or garbage bags, and products made of synthetic resins such as tires, vinyls, and plastics, which are widely used in various industrial fields and daily life, Recycled, and most of them are classified as waste and landfilled or incinerated.

In the case of landfilling, secondary problems such as groundwater contamination are caused by the landfill waste as well as the problem of landfill. In the case of incineration, toxic gases and soot, which are fatal to the human body, are generated, There are many problems in how to treat easily decomposable wastes such as waste synthetic resin.

Recently, many techniques such as an incinerator for solving such problems have been developed and filed as a patent or utility model, for example, patent No. 0656093.

In the conventional incinerator,

A first combustion chamber having an inner wall made of a heat resistant material layer,

A plurality of semicylindrical injection nozzles are provided on the lower end of the first combustion chamber in a predetermined direction. A plurality of scoops are attached to the lower end of the spinning plate along a circumferential surface of the spinning plate. A combustion device in which a hollow shaft for supplying combustion air is provided and in which the overall shape of the rotary plate is conical,

A preheating burner installed on the first combustion chamber wall above the rotating device of the combustion device,

A first oxygen supply pipe provided at an upper portion of the preheating burner, the first oxygen supply pipe having a plurality of nozzles constantly formed in an oblique direction with respect to the first combustion chamber;

A fuel supply device installed on the first oxygen supply pipe to supply combustible waste to the first combustion chamber as fuel,

A second oxygen supply pipe vertically installed at the center of the first combustion chamber above the fuel supply unit,

And a discharge port provided in the second combustion chamber wall above the second oxygen supply pipe.

However, the incinerator as described above has a disadvantage in that it is inconvenient to manufacture the combustion apparatus because the rotary plate of the conical combustion unit is integrally formed, and the entire rotary plate of the combustion apparatus must be newly manufactured even if a part of the rotary plate of the combustion apparatus is destroyed.

When the incinerator is to be maintained or repaired, most of the incinerators should be disassembled.

That is, there is a problem that the combustion device is entirely separated from the first combustion chamber and the combustion device must be repaired or repaired.

Thus, Patent Registration No. 10-0849930 filed on July 28, 2008 (combustible waste material recycling combustion apparatus) was proposed,

A combustion chamber in which an inner wall is formed of a heat resistant material layer and an outlet is formed in an upper portion;

A rotary combustion unit installed at a lower portion of the combustion chamber and having a plurality of injection nozzles for spraying the combustion air introduced therein,

A hollow shaft connected to the rotary burning unit from a lower side of the rotary burning unit to relatively rotate the rotary burning unit with respect to the inner wall of the combustion chamber and having an empty space formed therein for introducing combustion air into the rotary burning unit;

An ignition part provided on the combustion chamber wall above the rotary combustion part so as to emit a flame toward the rotary combustion part;

A plurality of oxygen injection nozzles connected to the oxygen supply pipe to supply oxygen into the combustion chamber and installed along the circumferential direction of the combustion chamber above the ignition unit;

And a fuel supply pipe for supplying combustible waste resources as fuel to the combustion chamber,

The rotary burning unit includes:

A plurality of first rotary burning parts formed on the outer side of the hollow shaft so that partition walls are formed along the radial direction to guide the combustion air introduced from the hollow shaft in the radial direction;

A partition wall is formed along the radial direction so as to guide the combustion air introduced from the outer end of the two neighboring first rotary combustion units in the radial direction and is detachably connected to the outer ends of the two neighboring first rotary combustion units And a plurality of second rotary combustion units are included.

However, although the conventional combustible waste material recycling burning apparatus as described above has no problem in burning a general fuel, vinyl is used as a fuel as an unstable organic material, but it melts at a low melting temperature, , The waste and the vinyl are respectively burned, and dioxin, which is a colloidal particle state, is generated due to incomplete combustion.

SUMMARY OF THE INVENTION Accordingly, the present invention has been made to solve the above-mentioned problems occurring in the prior art, and it is an object of the present invention to provide a heating device, a high frequency generator, and a far-infrared ray generator in a dryer in which a household waste containing a plastic bag is introduced, Pressure and kinetic energy to raise the plastic bag, and then the waste additive is mixed, and the high-temperature and high-pressure steam is supplied from the steam heater, so that the molded fuel of the household garbage, And then supplied to the hopper so as to be continuously supplied to the inside of the combustor so as to be ignited. Thereafter, a small amount of water is injected and supplied so as to perform syringe combustion to help combustion, and the magnetic force of the electromagnet and the permanent magnet causes the flame to be concentrated in the center of the combustion furnace The combustion is promoted while being burned, and a hemispherical combustion space is formed, The reflected heat and light are concentrated in the center so that intense combustion by the focus can be performed so that the waste water containing vinyl which warms the water flowing in the water supply pipe formed inside the heat storage layer while completely burning the fuel and obtains hot hot wind And to provide a drying and combustion system of the same.

In order to accomplish the above object, the present invention provides a vinyl-containing waste drying and combustion system,

The living garbage including the plastic bag increases the kinetic energy during the expansion of the air pressure while the temperature inside the vinyl is raised by the heat generating light emitting body, the high frequency generator and the far infrared ray generator in the inside of the dryer,

The high temperature and high pressure steam is supplied while the waste additive is mixed so that the vinyl melted on the surface of the household garbage is deposited on the outer surface in the form of candles,

It is possible to selectively remove foreign matters such as glass and metal contained in the household waste melted on the surface of the vinyl,

The household garbage from which the foreign object is removed is crushed to a size of 1 cm or less,

The crushed living waste is molded into a cylindrical shape or a polygonal shape in a molding machine to produce a fuel,

The fuel may be continuously supplied to the combustor in an appropriate amount in the fuel hopper,

A small amount of water is supplied in a state in which the fuel is ignited, so that the burning of the sludge is performed so as to facilitate combustion while being separated into hydrogen and oxygen,

The combustion is promoted by intensively burning the flame at the center of the combustion furnace by the magnetic force of the electromagnet and the permanent magnet in the combustor,

A hemispherical combustion space is formed on the combustion furnace so that heat and light reflected on the inner surface are concentrated at the center so as to intensively burn the fuel by the focus so that water flowing through the water supply pipe formed inside the heat storage layer And at the same time to obtain a hot wind.

According to the drying and burning system of vinyl-containing wastes according to the present invention, the garbage discharged in a plastic bag or a garbage bag is put into the dryer, Heat and light of 60 占 폚 are generated to visually inspect the vinyl which is a translucent body so that the temperature inside the vinyl is raised and the vinyl which is a translucent body of the high frequency and far infrared rays from the high frequency generator and the far infrared ray generator is passed through to amplify the kinetic energy inside the vinyl The air inside the vinyl is expanded so that the vinyl is blown.

When the above-mentioned vinyl is blown, 30 wt% of the waste additive is supplied to the inside of the dryer at 70 wt% of the household garbage, and then the high-temperature high-pressure steam from the steam heater is supplied through the steam supply pipe to dry the household garbage. So that it can be burned on the outer surface in the form of a candle on the inner garbage including the household garbage, so that the combustion can be efficiently performed.

The fuel is continuously supplied in an appropriate amount to the combustor in the fuel hopper, and a small amount of water is supplied in an ignited state, thereby separating the fuel into hydrogen and oxygen so that the burning of the candle is performed to help the combustion.

The flame is intensively burned at the center of the furnace by the magnetic force of the electromagnet and the permanent magnet in the combustor so that the combustion is promoted.

A hemispherical combustion space is formed on the combustion furnace so that heat and light reflected on the inner surface are concentrated at the center so as to intensively burn the fuel by the focus so that the fuel flowing through the water supply tube formed inside the heat storage layer There is an effect of warming the water and getting hot hot air.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a schematic view showing an overall configuration of the present invention. Fig.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

The drying and combustion system of vinyl-containing waste according to the present invention,

A first quantitative feed hopper 2 for injecting the household garbage discharged in a plastic bag or a garbage bag into the dryer 1 by a predetermined amount through the inlet 3 for opening and closing the dryer 1,

An exothermic light emitting body 10 installed at an upper end of the dryer 1 to generate heat and light at 40 to 60 ° C in a plastic bag or garbage bag of household waste,

A high frequency generator 11 installed at the upper end of the dryer 1 for generating high frequency in the vinyl of the household garbage and inspecting vinyl which is a translucent body to amplify kinetic energy inside the vinyl,

A far infrared ray generator 12 installed at an upper end of the dryer 1 for irradiating vinyl of household waste with far-infrared rays to transparent vinyl, thereby amplifying the temperature and kinetic energy while increasing the energy source inside the vinyl;

A timer 13 for recognizing a state in which the heat, light, high-frequency, and far-infrared rays are transmitted through the vinyl to increase the temperature inside the vinyl,

A second metering hopper 4 for supplying the 70 wt% of the household garbage to the dryer 1 through a charging port 3 opened and closed at a rate of 30 wt% of the waste additive,

A steam heater 20 for supplying high-temperature and high-pressure steam to the dryer 1,

Pressure steam is supplied from the steam heater 20 after the waste additive is supplied to the dryer 1 and is supplied to the dryer 1 through a steam discharge hole 22 formed on the side surface thereof, A steam supply pipe 21 for allowing the vinyl which melts during the drying of the household garbage to be supplied to the inside thereof to melt on the outer surface of the living garbage including the household garbage,

A use screw pin 23 installed side by side on the outer surface of the steam supply pipe 21 and gradually pushing the domestic garbage to the outlet side,

The waste is added to the vinyl garbage containing vinyl, and the vinyl garbage is adhered to the outer surface by the high-temperature and high-pressure steam while discharging the dried household garbage in a short time to the outside of the dryer 1, )Wow,

A separator (24) for selectively removing foreign substances such as glass and metal contained in the household waste melted on the surface of the vinyl,

A crusher 25 for crushing the household garbage from which foreign matter has been removed to a size of 1 cm or less,

A molding machine 26 for molding the above-mentioned crushed household waste into a cylindrical or polygonal shape and supplying it to the hopper 30 through a conveying conveyor 31,

A base plate 32 of a combustion chamber A which is initially ignited by a thermal power supplied from a general ignition device and is formed into a lattice plate having a small groove to automatically discharge the ash to the lower end,

A fuel supply pipe 34 in which a screw pin 35 operated by the motor 33 is incorporated and continuously supplies the solid fuel from the hopper 30 to the above-mentioned support plate 32,

A large number of air supply openings 38 are formed in the side surface of the cylindrical air supply pipe 37 formed at the center of the combustion chamber A and air supply openings of the disc air supply pipe 39 provided in the lower side of the combustion chamber A 40 for supplying air to the combustion chamber A,

Water supplied in a small amount in the water column 44 is circulated around the combustion chamber A through a plurality of holes 46 of the cylindrical water hole 45 and is supplied with hydrogen molecules A water supply portion 43 for increasing combustion efficiency by hydrolysis while being separated into oxygen molecules,

A re-burning portion (48) is disposed at the upper end of the combustion chamber (A) and made of iron-chromium-made wire mesh in the form of a cochlea and formed of a plurality of reheat net (48) 47,

The combustion gas, which is formed one by one above the re-burning section 47 and passed through a space inside a small cylinder 50 made of a plurality of iron-chrome materials, is collected in the hemispherical mold 51, A focus combustion unit 49 for burning the incomplete combustion state of the combustion gas again while rising through the combustion chamber 49,

A wire mesh of iron chromium is formed on the inner surface of the filling layer 54, which is the periphery of the combustion chamber A and is made by mixing small grains made of ceramic material such as alumina, molybdenum, ceramics, tourmaline, A storage unit 53 for raising the temperature of the combustion chamber while maintaining a temperature of 500 ° C or higher to completely burn the combustion gas in an incomplete combustion state while raising the combustion gas while activating the combustion gas,

An electromagnet (57) is installed on the outer four surfaces where the combustion chamber (A) is located to transfer strong magnetic force generated from the electromagnet to the combustion chamber so that the flame at the time of combustion is focused on the center of the combustion chamber. A magnetic field generating portion 56 for applying shock to the elements of water to facilitate separation into molecules,

The water supplied through the water supply pipe 59 provided with the check valve 60 for preventing the backflow of the heating chamber B which receives the combustion heat generated during the combustion on the outer surface of the combustion chamber A is heated and the pressure valve 61 A hot water heating unit 58 for discharging the hot water through a hot water discharge pipe 62 provided with a heater,

The heat is transferred to the space 65 through the plurality of heat transfer tubes 64 of the heat exchange chamber C protruding from the upper surface of the combustion chamber A and the air moving by the one fan 66 flows into the combustion chamber A and a hot air heating unit 63 which receives the heat of the heat transfer pipe 64 and is supplied to the room while being heated.

The waste additive may be selected from the group consisting of basalt (3 to 5 wt%), wonder (3 to 5 wt%), elvan (2 to 5 wt%), zeolite (2 to 5 wt% , Cl (5 ~ 10 wt%), natural living microorganism and organic / inorganic mixture (5-10 wt%), wet organic waste (30 ~ 40 wt%), dry organic waste, Weight%) are mixed and then fermented at room temperature and cultured.

In the drying and combustion system for waste containing vinyl according to the present invention, the combustion chamber A for burning the solid fuel and the heating chamber B for heating the water are formed at the lower end of the main body of the combustor, A hot air chamber (C) is formed to supply heating water and hot air.

The living garbage which is discharged in a plastic bag or a garbage bag is temporarily stored in the first quantitative feed hopper 2 and then inputted in a predetermined amount in a state in which the loading port 3 for opening and closing the dryer 1 is opened.

At this time, the steam supply pipe 21 installed at the center of the dryer 1 is rotated at a low speed, and the household waste containing vinyl is turned upside down by the screw pin 23 installed side by side on the outer surface.

When the above-mentioned household garbage is put into the dryer 1, heat and light of 40 to 60 ° C are transferred from the heat generating luminous body 10 provided at the upper end of the dryer 1 to a plastic bag or garbage bag of household garbage, So that the temperature inside the vinyl rises.

Then, the high-frequency generator 11 installed at the upper end of the dryer 1 generates high frequency to vibrate the vinyl which is a translucent body to vinyl of the household garbage to amplify kinetic energy inside the vinyl.

The far infrared ray generator 12 installed at the upper end of the dryer 1 irradiates far-infrared rays to visually translate vinyl, which is a translucent material, into the vinyl of the household garbage so that the temperature and kinetic energy are amplified while the energy source inside the vinyl increases.

Since the heat, light, high frequency, and far-infrared rays are transmitted through the vinyl to increase the temperature inside the vinyl and the air inside the vinyl is expanded, the vinyl breaks up, so that the time elapsed from 30 minutes to 40 minutes Counts to enable the following operations.

When it is judged that the vinyl is broken by the predetermined time, the waste additive temporarily stored in the second quantitative hopper 4 is introduced into the dryer 1 at a rate of 30% by weight of the waste additive to 70% Through the input port (3).

The waste additive may be selected from the group consisting of basalt (3-5 wt%), wonder (3-5 wt%), elvan (2-5 wt%), zeolite (2-5 wt% (5 to 10 wt.%), Soil organic matter (5 to 10 wt.%), Wet organic waste (30 to 40 wt.%), Dry organic waste, %) And then fermented at room temperature to be cultivated, thereby reducing the moisture content and improving combustion efficiency during combustion.

Pressure steam is supplied from the steam heater 20 to the dryer 1 in which the waste additive is mixed with the opened household garbage while the vinyl is blown up so that a large number of vapors formed on the side surface of the steam supply pipe 21 While the household garbage is being dried while supplying the inside of the dryer (1) through the discharge hole (22), the vinyl that melts is melted, and the garbage inside the living garbage including the living garbage is deposited in the form of candles.

In this case, while the steam feed pipe 21 provided at the center of the dryer 1 is rotated at a normal speed, the domestic waste including the vinyl and the waste additive are mixed and dried by the screw pin 23 arranged side by side on the outer surface Move slowly.

The waste additive is added to the vinyl garbage containing the vinyl, and the vinyl is attached to the outer surface by the steam of high temperature and high pressure, and the dried garbage is dried in a short time, .

The foreign material such as glass or metal contained in the household waste melted on the surface of the vinyl is selectively removed by the separator 24.

The household garbage from which the foreign object is removed is crushed by the crusher 25 to a size of 1 cm or less.

The pulverized household garbage is formed into a cylindrical or polygonal shape by the molding machine 26 and made into fuel, and is supplied to the hopper 30 through the conveying conveyor 31.

The ash is automatically discharged to the lower end through a grid having a small groove formed in the support plate 32 of the combustion chamber A which is initially ignited by a thermal power supplied from a general ignition device.

The solid fuel is continuously supplied from the hopper 30 to the above-mentioned support plate 32 by the fuel supply pipe 34 operated by the motor 33 and the screw pin 35 embedded therein.

A plurality of air supply openings 38 formed on the side surface of the cylindrical air supply pipe 37 formed at the center of the combustion chamber A and air of a disk shaped air supply pipe 39 provided on the lower and periphery of the combustion chamber A, So that the air from the blower 36 is supplied through the supply port 40.

Water supplied by a small amount in the water tank 44 of the water supply portion 43 provided circumferentially around the combustion chamber A is supplied through the plurality of holes 46 of the cylindrical water supply hole 45 to supply the combustion heat So that the combustion efficiency is enhanced by the hydrolysis of the hydrogen molecules and the oxygen molecules.

In the re-combustion unit 47 located at the upper end of the combustion chamber A, a plurality of re-burning nettings 48 are formed in the form of a cochlea of a wire net made of iron chromium, and the incomplete combustion gas rising as the heat is temporarily stored is re- Be abbreviated.

A combustion gas passing through a space inside the small cylindrical cylinder 50 made of iron chrome in a plurality of focused combustion parts 49 formed on the reheating net 48 of the reheat combustion part 47 is collected in the hemispherical mold 51 So that the combustion gas in the incompletely-burned state is re-combusted while the exhaust gas rises up through the combustion gas discharge pipe 52 at the upper end.

A wire mesh of iron chromium is formed on the inner surface of the filling layer 54, which is the periphery of the combustion chamber A and is made by mixing small grains made of ceramic material such as alumina, molybdenum, ceramics, tourmaline, The temperature of the combustion chamber is raised while maintaining the temperature of 500 ° C or more, so that the combustion gas in the incompletely-burned state is completely burned while the combustion gas is activated.

The magnetic field generating portion 56 where the combustion chamber A is located is provided with an electromagnet 57 on the four outer surfaces thereof to transmit a strong magnetic force generated in the electromagnet to the combustion chamber so that the flame at the time of combustion is focused on the center of the combustion chamber At the same time, the magnetic field impacts solid fuel and water elements to facilitate separation into molecules.

The hot water heating unit 58 of the heating chamber B which receives the combustion heat generated during combustion on the outer surface of the combustion chamber A is connected to a water supply pipe 59 provided with a check valve 60 for preventing backflow, Is discharged through the hot water discharge pipe (62) provided with the pressure valve (61).

The hot air heating unit 63 of the heat exchange chamber C protruding from the upper surface of the combustion chamber A receives heat to the space 65 through the plurality of heat transfer tubes 64, The moving air is transferred to the upper surface of the combustion chamber A and the heat of the heat transfer pipe 64 to obtain hot air.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but many variations and modifications may be made without departing from the scope of the invention. It will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims.

1: Dryer 2, 4: Quantitative feed hopper
3: Inlet 5: Outlet
10: exothermic light emitting body 11: high frequency generator
12: far-infrared ray generator 13: timer
20: steam heating 21: steam supply pipe
23: screw pin 24: selector
25: crusher 26: molding machine
32: Base plate 34: Fuel supply pipe
36: blower 43:
47: Reburning furnace 49: Focusing combustion part
53: heat storage unit 56: magnetic field generating unit
58: hot water heating part 63: hot air heating part
A: Combustion chamber B: Heating chamber
c: heat exchange chamber

Claims (1)

A first quantitative feed hopper 2 for injecting the household garbage discharged in a plastic bag or a garbage bag into the dryer 1 by a predetermined amount through the inlet 3 for opening and closing the dryer 1,
An exothermic light emitting body 10 installed at an upper end of the dryer 1 to generate heat and light at 40 to 60 ° C in a plastic bag or garbage bag of household waste,
A high frequency generator 11 installed at the upper end of the dryer 1 for generating high frequency in the vinyl of the household garbage and inspecting vinyl which is a translucent body to amplify kinetic energy inside the vinyl,
A far infrared ray generator 12 installed at an upper end of the dryer 1 for irradiating vinyl of household waste with far-infrared rays to transparent vinyl, thereby amplifying the temperature and kinetic energy while increasing the energy source inside the vinyl;
A timer 13 for recognizing a state in which the heat, light, high-frequency, and far-infrared rays are transmitted through the vinyl to increase the temperature inside the vinyl,
A second metering hopper 4 for supplying the 70 wt% of the household garbage to the dryer 1 through a charging port 3 opened and closed at a rate of 30 wt% of the waste additive,
A steam heater 20 for supplying high-temperature and high-pressure steam to the dryer 1,
Pressure steam is supplied from the steam heater 20 after the waste additive is supplied to the dryer 1 and is supplied to the dryer 1 through a steam discharge hole 22 formed on the side surface thereof, A steam supply pipe 21 for allowing the vinyl which melts during the drying of the household garbage to be supplied to the inside thereof to melt on the outer surface of the living garbage including the household garbage,
A use screw pin 23 installed side by side on the outer surface of the steam supply pipe 21 and gradually pushing the domestic garbage to the outlet side,
The waste is added to the vinyl garbage containing vinyl, and the vinyl garbage is adhered to the outer surface by the high-temperature and high-pressure steam while discharging the dried household garbage in a short time to the outside of the dryer 1, )Wow,
A separator (24) for selectively removing foreign substances such as glass and metal contained in the household waste melted on the surface of the vinyl,
A crusher 25 for crushing the household garbage from which foreign matter has been removed to a size of 1 cm or less,
A molding machine 26 for molding the above-mentioned crushed household waste into a cylindrical or polygonal shape and supplying it to the hopper 30 through a conveying conveyor 31,
A base plate 32 of a combustion chamber A which is initially ignited by a thermal power supplied from a general ignition device and is formed into a lattice plate having a small groove to automatically discharge the ash to the lower end,
A fuel supply pipe 34 in which a screw pin 35 operated by the motor 33 is incorporated and continuously supplies the solid fuel from the hopper 30 to the above-mentioned support plate 32,
A plurality of air supply openings 38 formed on the side surface of the cylindrical air supply pipe 37 formed at the center of the combustion chamber A and air of a disk shaped air supply pipe 39 provided on the lower and periphery of the combustion chamber A, A blower 36 for supplying air to the combustion chamber A through the supply port 40,
Water supplied in a small amount in the water column 44 is circulated around the combustion chamber A through a plurality of holes 46 of the cylindrical water hole 45 and is supplied with hydrogen molecules A water supply portion 43 for increasing combustion efficiency by hydrolysis while being separated into oxygen molecules,
A re-burning portion (48) is disposed at the upper end of the combustion chamber (A) and made of iron-chromium-made wire mesh in the form of a cochlea and formed of a plurality of reheat net (48) 47,
The combustion gas, which is formed one by one above the re-burning section 47 and passed through a space inside a small cylinder 50 made of a plurality of iron-chrome materials, is collected in the hemispherical mold 51, A focus combustion portion 49 for burning the combustion gas in the incomplete combustion state again while being raised through the combustion chamber 49,
A wire mesh of iron chromium is formed on the inner surface of the filling layer 54, which is the periphery of the combustion chamber A and is made by mixing small grains made of ceramics material of alumina, molybdenum, ceramic, tourmaline, A storage unit 53 for raising the temperature of the combustion chamber while maintaining a temperature of 500 ° C or higher to completely burn the combustion gas in an incomplete combustion state while raising the combustion gas while activating the combustion gas,
An electromagnet (57) is installed on the outer four surfaces where the combustion chamber (A) is located to transfer strong magnetic force generated from the electromagnet to the combustion chamber so that the flame at the time of combustion is focused on the center of the combustion chamber. A magnetic field generating portion 56 for applying shock to the elements of water to facilitate separation into molecules,
The water supplied through the water supply pipe 59 provided with the check valve 60 for preventing the backflow of the heating chamber B which receives the combustion heat generated during the combustion on the outer surface of the combustion chamber A is heated and the pressure valve 61 A hot water heating unit 58 for discharging the hot water through a hot water discharge pipe 62 provided with a heater,
The heat is transferred to the space 65 through the plurality of heat transfer tubes 64 of the heat exchange chamber C protruding from the upper surface of the combustion chamber A and the air moving by the one fan 66 flows into the combustion chamber And a hot air heating unit (63) for receiving the heat of the heat transfer pipe (64) while being heated and supplied to the inside of the room.

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